Oral devices, kits, and methods for reducing sleep apnea, snoring, and/or nasal drainage

ABSTRACT

Apparatus for reducing obstructive sleep apnea, snoring and/or nasal drainage. One apparatus includes an upper member fitting the interior and exterior surfaces of a user&#39;s upper dentition, and a lower member fitting similarly adjacent a user&#39;s lower dentition. The lower member includes molar extensions projecting away from the lower member. The upper member includes upper molar extensions projecting away from the upper member and toward the lower molar extensions so that when the user bites or clenches, the upper right and lower right extensions impinge on one another in substantially overlapping fashion, as do the molar upper left and lower left extensions. The upper and lower members have an anterior shape to form a gap sufficient for the user&#39;s tongue to extend into the gap, and each molar extension may include a magnet. Methods of using the apparatus and kits to reduce sleep apnea, snoring, and/or nasal drainage.

Applicant claims, under 35 U.S.C. §119(e), the benefit of the filingdate of Applicant's previously filed provisional application Ser. No.61/488,021, filed May 19, 2011, which is incorporated herein byreference in its entirety.

BACKGROUND INFORMATION

1. Technical Field

The present disclosure relates to oral devices, apparatus, kits, andmethods for reducing or eliminating obstructive sleep apnea, snoringand/or nasal drainage in mammals.

2. Background Art

Sleep apnea is a reduction in the blood oxygen level due to any cause.The present disclosure relates to “obstructive sleep apnea”, which isproblematic for many people—about 12 to 18 million people in the UnitedStates as of 2008. Obstructive sleep apnea (OSA) involves a reduction inbreathing, called hypopneas, or a complete halt in airflow, calledapneas, during sleep. Most pauses last 10 to 30 seconds, but some maypersist for one minute or longer, according to the American Academy ofSleep Medicine. See Landers, S J, “Link strengthened between sleep apneaand mortality risk”, amednews, Sep. 1, 2008. As indicated in thisarticle, apnea has been linked to higher mortality risks.

There are of course many known devices which claim to reduce oreliminate OSA, and these devices typically fall in two categories:external masks, such as the CPAP (continuous positive airway pressure)masks; and oral devices, sometimes referred to as mandibular splints.Pharmaceuticals comprise another category. The present disclosureinvolves the oral device or mandibular splint category.

Another discomfort is nasal or sinus drainage, sometimes referred to asnasal or sinus congestion, nasal or sinus drip, nasal or sinusirritation. The term “nasal drainage” is used herein to include all ofthese conditions unless otherwise noted. Non-oral products, such asadhesive strips positioned on the nose, may relieve some of thesesymptoms. However, nasal strips may only reduce anterior (frontal)congestion, and not posterior (throat) congestion.

Many of the known oral devices are uncomfortable and/or complicated,leading to reduced use. Furthermore, their use in humans may reducespeaking substantially, or at least the ability to speak understandably.A long felt and unmet need remains for an oral device, apparatus or kit,and methods of using these, to efficiently, safely and comfortablyreduce or prevent OSA, snoring, and/or nasal drainage.

SUMMARY

In accordance with the present disclosure, oral devices, apparatus andkits are presented, as well as methods of using same, which reduce orovercome one or more of the problems of obstructive sleep apnea, snoringand other loss of sleep issues, and/or nasal drainage.

A first aspect of the disclosure is an apparatus (the words “apparatus”and “oral device” are used interchangeably herein) comprising:

an upper generally arched-shaped member that fits adjacent at least aportion of interior and exterior surfaces of a user's upper dentition;

a lower generally arched-shaped member that fits adjacent at least aportion of interior and exterior surfaces of a user's lower dentition;

wherein either the upper generally arch-shaped member comprises a molarextension projecting generally perpendicularly away from the uppergenerally arch-shaped member, so that when the user bites, the extensionimpinges on the lower generally arch-shaped member in a molar area, orthe lower generally arch-shaped member comprises a molar extensionprojecting generally perpendicularly away from the lower generallyarch-shaped member, so that when the user bites, the extension impingeson the upper generally arch-shaped member; and

the upper and lower generally arch-shaped members having an anteriorshape to form a gap sufficient for at least a portion of the user'stongue to extend forward into the gap.

A second aspect of the disclosure is an apparatus or oral devicecomprising:

an upper generally arched-shaped member that fits adjacent at least aportion of interior and exterior surfaces of a user's upper dentition;

a lower generally arched-shaped member that fits adjacent at least aportion of interior and exterior surfaces of a user's lower dentition;

the lower generally arch-shaped member comprising a lower molarextension projecting generally perpendicularly away from the lowergenerally arch-shaped member;

the upper generally arch-shaped member comprising an upper molarextension projecting generally perpendicularly away from the uppergenerally arch-shaped member and generally toward the molar extension ofthe lower generally arch-shaped member so that when the user bites themolar extensions impinge on one another in substantially overlappingfashion; and

the upper and lower generally arch-shaped members having an anteriorshape to form a gap sufficient for at least a portion of the user'stongue to extend forward into the gap.

A third aspect of the disclosure is an apparatus or oral devicecomprising:

an upper generally arched-shaped member that fits adjacent at least aportion of interior and exterior surfaces of a user's upper dentition;

a lower generally arched-shaped member that fits adjacent at least aportion of interior and exterior surfaces of a user's lower dentition;

the lower generally arch-shaped member comprising a lower right molarextension and a lower left molar extension, the lower right and lowerleft molar extensions projecting generally perpendicularly away from thelower generally arch-shaped member;

the upper generally arch-shaped member comprising an upper right molarextension and an upper left molar extension, the upper right and upperleft molar extensions projecting generally perpendicularly away from theupper generally arch-shaped member and generally toward the lower rightand lower left molar extensions, respectively, so that when the userbites or clenches, the molar upper right and lower right molarextensions impinge on one another in substantially overlapping fashionand the molar upper left and lower left molar extensions impinge on oneanother in substantially overlapping fashion;

the upper and lower generally arch-shaped members having an anteriorshape to form a gap sufficient for at least a portion of the user'stongue to extend forward into the gap; and

wherein each molar extension comprises at least one magnet.

Any of the apparatus described herein may be part of a kit comprisingone or both upper and lower generally arch-shaped members substantiallyas described herein, in certain embodiments packaged in a carrying case.

A fourth aspect of the disclosure is a method comprising:

a) inserting at least one of an upper and/or a lower generallyarch-shaped members into a users mouth and onto one or both of the upperand lower dentitions; and

b) wearing one or both of the upper and lower dentitions for a timesufficient to reduce one or more conditions selected from the groupconsisting of sleep apnea, snoring, and nasal drainage,

wherein the either the upper, the lower, or both generally arch-shapedmembers have right and left molar extensions, the molar extensionsprojecting generally perpendicularly away from the respective generallyarch-shaped members, so that when the user bites, the extensions impingeon opposing generally arch-shaped members in a molar area or opposingmolar extensions, the upper and lower generally arch-shaped membershaving an anterior shape to form a gap sufficient for at least a portionof the user's tongue to extend forward into the gap, wherein each molarextension optionally comprises at least one magnet.

Certain methods may comprise adjusting one or both arch-shaped membersto comfortably fit the user's upper and/or lower dentitions.

Further aspects and advantages of apparatus and methods of the presentdisclosure will become apparent by reviewing the detailed descriptionthat follows.

BRIEF DESCRIPTION OF THE DRAWINGS

FIGS. 1, 2, and 3 are various views of one apparatus or kit embodimentwithin the present disclosure;

FIGS. 2A and 2B are views of another apparatus or kit embodiment withinthe present disclosure;

FIGS. 3B and 3B are views of another apparatus or kit embodiment withinthe present disclosure;

FIG. 4 is a schematic side elevation view of an arrangement of magnetsuseful in the apparatus or kit illustrated schematically in FIGS. 1-3;

FIGS. 5, 6, and 7 illustrate schematically various views of anotherapparatus or kit embodiment in accordance with the present disclosure;and

FIGS. 8, 9, and 10 illustrate schematically various views of anotherapparatus or kit embodiment in accordance with the present disclosure.

It is to be noted, however, that the appended drawings are not to scaleand illustrate only typical embodiments of this disclosure, and aretherefore not to be considered limiting of its scope, for the apparatus,kits, and methods of the disclosure may admit to other equally effectiveembodiments. Identical reference numerals are used throughout theseveral views for like or similar elements.

DETAILED DESCRIPTION

In the following description, numerous details are set forth to providean understanding of the disclosed oral devices, kits and methods oftheir use. However, it will be understood by those skilled in the artthat the oral devices, kits, and methods covered by the claims may bepracticed without these details and that numerous variations ormodifications from the specifically described embodiments may bepossible and are deemed within the claims. All U.S. published patentapplications and U.S. patents referenced herein are hereby explicitlyincorporated herein by reference. In the event definitions of terms inthe referenced patents and applications conflict with how those termsare defined in the present application, the definitions for those termsthat are provided in the present application shall be deemedcontrolling.

As used herein the phrase “generally arched-shaped” means the shape of amember resembles an arch in the same way that the upper and lower teethof a user resemble arches. The phrase “adjacent at least a portion ofinterior and exterior surfaces”, as that term is used herein whenreferring to the generally arch-shaped members, means that the generallyarch-shaped members are adjacent to and touching at least one surface ofthe upper or lower teeth concerned, but some “looseness” is allowed, sothat the members may move away from the teeth slightly, for example ifthe material of the member stretches or deforms, such as duringinsertion into or removal from the mouth. As used herein the term “user”means a human or other mammal that employs an apparatus of thisdisclosure in its mouth. The term “subject” may also be used and isconsidered interchangeable with the term “user.”

The present disclosure relates generally to apparatus, kits, and methodsfor reducing or eliminating sleep and other disorders, and morespecifically to apparatus for reducing or eliminating obstructive sleepapnea (OSA), snoring, and/or nasal drainage. A particular use forapparatus and kits of this disclosure is for humans, but they may alsobe used for other mammals. Certain embodiments may also be used asathletic mouth guards for upper, lower, or both dentitions.

In certain embodiments, the gap (denoted G1 in the various figures) mayhave a distance ranging from about 1 to about 20 mm, or from about 5 toabout 15 mm.

The lateral length (L1 in FIG. 7) of the upper and lower molarextensions, i.e., the distance along the molar teeth, may be 10 mm ormore, or may range from 10 to about 50 mm or from about 12 to about 24mm. In certain embodiments having an offset, the length of the upper andthe lower molar extensions may each be about one half of these lengths.In certain embodiments, a goal is to keep the upper and lower molarextensions as short as possible to maintain the gap as large aspossible.

In certain embodiments the molar extensions may have a vertical length(L2 in FIG. 7) of 20 mm or less, in certain embodiments 16 mm or less.The average vertical distance of upper and lower molar extensions innon-offset embodiments is about 10 mm (5 mm for upper, 5 mm for lowermolar extensions). In certain embodiments that may have an “offset”,such as may be provided by left and right-side ramps as illustrated inFIGS. 8, 9, and 10, the upper or lower molar extensions may comprise theentire vertical length (i.e., all 10 mm may in certain embodiments be inthe upper molar extensions; in certain other embodiments the entire 10mm may be in the lower molar extensions). In certain embodiments withinthe first aspect the upper generally arch-shaped member comprises twoupper molar extensions, one extending from a right-side upper molarregion, and the second extending from a left-side upper molar region.Similarly, in certain embodiments within the second aspect the uppergenerally arch-shaped member comprises two lower molar extensions, oneextending from a right-side lower molar region, and the second extendingfrom a left-side lower molar region.

In certain embodiments the upper and lower members each may comprise amoldable material selected from the group consisting of synthetic andnatural materials. Synthetic materials may be selected from the groupconsisting of polymeric materials, as further discussed herein. Incertain apparatus the arch-shaped members and the molar extensionscomprise a polymeric material.

In certain embodiments, each molar extension may comprise at least onemagnet. In certain embodiments the magnets are embedded in the polymericmaterial of the molar extensions. In certain embodiments, an upper rightmagnet has polarity opposite that of a lower right magnet, and an upperleft magnet has a polarity opposite that of a lower left magnet. Incertain embodiments, the magnets may be flat shaped and embedded intothe plastic of the molar extensions. In certain embodiments, such asillustrated in FIG. 4, the flat-shaped magnets may have a north pole onone of their major surfaces and a south pole on its other major surface.

Referring to FIGS. 1 and 2, there is illustrated schematically aperspective view of one apparatus 100 in accordance with the disclosure.Apparatus embodiment 100 includes an upper generally arch-shaped member2 and a lower generally arch-shaped member 4. Upper generallyarch-shaped member 2 includes an exterior wall 8 and an interior wall10, custom-shaped for the user's upper dentition, and which togetherdefine a trough 6 for friction fitting adjacent the upper dentition of auser. An upper connecting portion 12 connects exterior wall 8 andinterior wall 10. Connecting portion 12 may be rather thin or pointed inthe area of the front teeth, and rather flat or planar in the area ofthe back molar teeth. Similarly, lower generally arch-shaped member 4includes an exterior wall 14, and an interior wall 16, the latter beingmostly hidden in the views of FIGS. 1 and 2. A lower connecting portion18 connects walls 14 and 16, and as with upper connecting portion 12,lower connecting portion 18 may be rather thin or pointed near the frontteeth of the user, and rather flat or planar near the lower molars ofthe user.

As perhaps more clearly viewed in FIG. 2, embodiment 100 includes alower left molar extension 20 and an upper left molar extension 22, eachextending generally perpendicularly away from their respective members.FIG. 3 illustrates schematically upper generally arch-shaped member 2 ina 180 degree flip from its “in use” position to more clearly illustratea lower right molar extension 24 and an upper right molar extension 26.FIG. 3 also allows viewing of flat-shaped magnets 28, 30, 32 and 34fully embedded in their respective molar extensions. Members 2 and 4, aswell as molar extensions 20, 22, 24, and 26 comprise the same moldablepolymeric material in this embodiment.

As generally may be seen in FIGS. 2 and 3, and more specificallyillustrated in the schematic diagrams in FIG. 4, magnets 28 and 30 have,in this embodiment, a specific spatial relationship. The respectivenorth and south poles of these magnets are arranged so that when placedas viewed in FIG. 4, they will substantially repel one another by virtueof their respective magnetic field lines being unable to cross, forcingthe mandible down and forward. Magnets 32, 34 may have the same spatialand magnetic relationship. As this occurs, embodiment 100 will tend tokeep a user's airway open by creating a gap between upper portion 2 andlower portion 4, near the front teeth, as indicated by double-headedarrow G1 in FIGS. 1 and 2.

FIGS. 2A and 2B are views of another apparatus or kit embodiment 200within the present disclosure. In embodiment 200, magnets 28A, 28B, 30A,32A, 32B, and 34A are all embedded in their respective molar extensions.In embodiment 200, magnet 28A has a south pole facing away from leftlower molar extension 20, and a north pole facing left lower molarextension 20. Magnet 28B has a south pole facing left lower molarextension 20, and a north pole facing away from left lower molarextension 20. Also in embodiment 200, magnet 32A has a south pole facingaway from right lower molar extension 24, and a north pole facing rightlower molar extension 24. Magnet 32B has a south pole facing right lowermolar extension 24, and a north pole facing away from right upper molarextension 24. Magnet 34A has a south pole facing away from right uppermolar extension 26, and a north pole facing toward right upper molarextension 26. Magnet 30A has a south pole facing away from left uppermolar extension 22, and a north pole facing toward left upper molarextension 22. It is noted that the magnetic poles of each magnet couldbe reversed to arrive at substantially the same embodiment. In bothembodiment 200 and its “reverse” poles sister embodiment, there will bemagnetic attraction between magnets 28B and 30A, as well as betweenmagnets 32B and 34A, while there will be a slight magnetic repulsionbetween magnets 32A and 34A, as well as between magnets 28A and 30A. Inthis embodiment and others like it, the magnetic attraction andrepulsion thus may be adjusted depending on the particular user, forexample the strength of the user's jaw muscles.

FIGS. 3A and 3B are views of another apparatus or kit embodiment 300within the present disclosure. In embodiment 300, magnets 28C, 30C, 32C,and 34B are all embedded in their respective molar extensions. Inembodiment 300, magnet 28C has a south pole facing toward left lowermolar extension 20, and a north pole facing away from left lower molarextension 20. Magnet 32C has a south pole facing right lower molarextension 24, and a north pole facing away from right lower molarextension 24. Also in embodiment 300, magnet 30C has a south pole facingaway from left upper molar extension 22, and a north pole facing leftupper molar extension 22. Magnet 34B has a south pole facing away fromright upper molar extension 26, and a north pole facing right uppermolar extension 26. Magnet 34C has a south pole facing away from rightupper molar extension 26, and a north pole facing right upper molarextension 26. It is noted that the magnetic poles of each magnet couldbe reversed to arrive at substantially the same embodiment. In bothembodiment 300 and its “reverse” poles sister embodiment, there will bemagnetic attraction between magnets 28C and 30C, as well as betweenmagnets 32C and 34B. In this embodiment and others like it, the magneticattractions may be adjusted depending on the particular user, forexample the strength of the user's jaw muscles, by adjusting thestrength of the magnets.

FIGS. 5, 6, and 7 illustrate schematically various views of anotherapparatus embodiment 400 in accordance with the present disclosure,which is the same as embodiment 100 but without magnets. FIG. 7illustrates lengths L1 and L2, as well as gap G1.

FIGS. 8, 9, and 10 illustrate schematically various views of anotherapparatus or kit embodiment 500 in accordance with the presentdisclosure, illustrating an offset or ramp R between upper portion 2 andlower portion 4 created by a left ramp area (RL) and a right ramp area(RR). A tapered lower anterior left molar extension 20A may slidinglymove adjacent a matching tapered upper posterior left molar extension 22in the area of left ramp area RL, where faces of components 20A and 22may slide against each other at an angle α (FIG. 10). Similarly on theright side, a tapered lower anterior right molar extension 24A mayslidingly move adjacent a matching tapered upper posterior right molarextension 26 (not viewable in FIGS. 8 and 10, but illustrated inexploded view of FIG. 9). Ramps RL and RR create a tendency for thelower portion 4 to move downward as lower portion 4 moves back towardthe user's throat. Movement of the lower jaw backwards is a naturalmovement during sleep. As this occurs, embodiment 500 will tend to keepthe airway open by creating a gap between upper portion 2 and lowerportion 4, near the front teeth, as indicated by double-headed arrow G1in FIG. 1. This gap may be important in methods of reducing nasaldrainage, perhaps more important than forward movement of the lower jaw.

The materials of construction of the upper and lower members maycomprise any moldable plastic (polymeric) material that is approved foruse in oral medical devices and appliances for human use and that may becustom fitted for each user and tooth-retained via friction grip, andmaterials approved for animal use. The members may comprise a singlematerial, or combination of materials. The members may comprise morethan one layer of material, and each layer may be the same or different.The polymeric materials may be filled with various fillers, extenders,pigments, and other additives. Suitable polymeric materials includethermoplastics, thermosetting polymers, elastomers, and thermoplasticelastomers. The polymeric materials may comprise co-polymers,ter-polymers, and blends of two or more chemical types of polymers, orblends of two or more polymers of the same chemical type, for example, ablend of two thermoplastics having different molecular weights.

Examples of specific polymers include polyacrylics, polyvinyls,polyvinyl alcohols, and the like. An example of a suitable polymericmaterial is a durable fade-proof acrylic that retains its shape andcolor for at least four-five years. Another example is made of a verypliable, soft, custom-injected silicone. Another example is a polymericmaterial compatible with home/office based bleaching techniques, such asthe material used to make an OSAP device, and materials that can bemolded into a ready-made semi-universal trial version, which may besuitable for patients who cannot endure having their impressions taken.In addition, the trial version is an inexpensive way to test aparticular patients' tolerance to oral therapy. Another example is thematerial used in the device known under the trade designation SAGA. Thisdevice consists of a hard acrylic shell laminated to a soft vinyl liner.Another example is the acrylic material (Bruxeze™) that softens in hotwater to provide a combination of comfort, strength, and retention, andwhich is used in the Adjustable PM Positioner™, an appliance that fitsover all maxillary and mandibular teeth. Another example are thematerials used in the device known as SomnoGuard® AP, which consists ofan upper and a lower tray each made of two materials. The outer trayshells consist of solid clear and transparent medical gradepolycarbonate. The inner lining which accommodates the teeth impressionsis made of a thermoplastic copolymer. After the oral appliance is heatedin a hot water bath its thermoplastic body molds easily to the teeth andjaws allowing any medical doctor to fit the device chair side. Yetanother example is the material employed in the device known asSomnoGuard AP Pro®, which is a dental lab made two-part mandibularadjustable positioner to treat snoring and mild to moderate sleep apnea,and comprises common acrylic/elastomeric thermoform dental materialsavailable in any dental lab after taking impressions of the lower andupper jaws and producing plaster models. Other polymeric materials thatmay be useful include nitinol, silicone, a PET, or any otherbiocompatible polymeric material. Other possible examples include PTFE,e-PTFE, polypropylene, polyurethane, polycarbonate, polyethyleneterephthalate, stainless steel, titanium, tantalum, gold, polyvinidylenefluoride and combinations thereof.

The molar extensions may either be molded using special molds, or builtup by applying a paste or solution of polymeric precursor materials andswabbing the precursors materials on the appropriate areas. In certainembodiments, this may need to be done repeatedly to build up the molarextension to functional length.

Magnets which may be useful in apparatus of this disclosure include rareearth magnets, such as samarium-cobalt and neodymium-iron-boron magnets.It has become possible to produce magnets with small enough dimensionsfor dental applications and yet still provide the necessary forces.Certain embodiments may employ magnets of the “closed field” type. Inthis type of system, a soft magnetic or ferromagnetic material, such asferritic or martensitic stainless steel or Pd—Co—Ni alloy, is implantedinto the jaw, rather than a magnet, to provide attractive force to holdthe denture in place. This implant is known as a “keeper”. In thisconfiguration, the magnetic field lines are shunted through the keeperas it is the path of minimum energy and there is no magnetic fieldexperienced in the oral cavity. U.S. Pat. Nos. 6,659,771, 5,678,998,5,013,243 and 6,299,450 describe small yet powerful magnets forcooperating with a non-magnet implanted “keeper” for denture attachment.The non-magnet keeper is made of a magnet-attracted material, such as asoft magnetic or ferromagnetic material, but is not a permanent magnet.U.S. Pat. No. 4,396,373 describes a removable orthodontic appliancehaving two permanent magnets carried by two caps, respectively, havingfacing poles which are in registry when the mouth is normally closed,exerting a magnetic force in a direction substantially normal to theocclusal plane. The opposing magnets have confronting poles withlike-polarity such that the magnets repel and develop intrusive forcesupon the respective teeth. U.S. Pat. No. 4,671,767 discloses both fixedand removable orthodontic devices that use magnets. The magnets aresecured to removable or fixed orthodontic devices and are positionedbilaterally in the posterior molar regions. The faces of the magnets areoriented such that they repel each other, thereby creating magneticforces parallel to the occlusal plane for urging the mandible forward.

According to U.S. Pat. No. 7,712,468, which discloses a removablemagnetic dental appliance, the magnetic orthodontic devices describedabove employ “open field” magnetic configurations, which are potentiallyharmful to the local tissues in the oral cavity, especially since thedevices are designed for long-term use. Furthermore, the appliances areuncomfortable to wear.

Any of the magnets discussed in these patent and publications would beuseable in apparatus and kits disclosed herein.

If desired, fastening means may be employed to fasten one or more of themembers in the users mouth. Hook and loop fasteners are common andrequire no further explanation. One preferred hook and loop fastener isthat known under the trade designation Velcro®, available from VelcroUSA, Manchester, N.H.

Although the foregoing description is intended to be representative ofapparatus, kits, and methods in accordance with the present disclosure,it is not intended to in any way limit the scope of the appended claims.

What is claimed is:
 1. An apparatus comprising: an upper generallyarched-shaped member that is configured to fit adjacent at least aportion of interior and exterior surfaces of a user's upper dentition,the upper generally arched-shaped member comprising a moldable polymericmaterial; a lower generally arched-shaped member of the same moldablepolymeric material that is configured to fit adjacent at least a portionof interior and exterior surfaces of the user's lower dentition; thelower generally arch-shaped member comprising an anterior lower rightmolar extension and an anterior lower left molar extension of the samemoldable polymeric material, the anterior lower right and lower leftmolar extensions formed integrally with and projecting generallyperpendicularly away from the lower generally arch-shaped member andgenerally toward the upper generally arch-shaped member; the uppergenerally arch-shaped member comprising a posterior upper right molarextension and a posterior upper left molar extension of the samemoldable polymeric material, the posterior upper right and upper leftmolar extensions formed integrally with and projecting generallyperpendicularly away from the upper generally arch-shaped member andgenerally toward the lower generally arch-shaped member; so that whenthe user bites or clenches, the posterior right and left upper molarextensions impinge on the lower generally arch-shaped member, and theanterior right and left lower molar extensions impinge on the uppergenerally arch-shaped member; the upper and lower generally arch-shapedmembers having an anterior shape to form a gap sufficient for at least aportion of the user's tongue to extend forward into the gap withoutbeing impeded in forward movement by the apparatus; wherein each of thelower and upper generally arch-shaped members comprises a plurality ofmagnets; wherein the plurality magnets are embedded in the same moldablepolymeric material; wherein the posterior upper right molar extensioncomprises an upper right magnet and the anterior lower right molarextension comprises a lower right magnet, wherein the upper right andlower right magnets are each flat-shaped magnets each having first andsecond major surfaces, each magnet having a first pole on the firstmajor surface thereof and a second pole on the second major surfacethereof, and wherein the upper right and lower right magnets haverepelling polarity when the apparatus is positioned in the user's mouth,and the posterior upper left molar extension comprises an upper leftmagnet and the anterior lower left molar extension comprises a lowerleft magnet, wherein the upper left and lower left magnets are eachflat-shaped magnets each having first and second major surfaces, eachmagnet having a first pole on the first major surface thereof and asecond pole on the second major surface thereof, wherein the upper leftand lower left magnets have repelling polarity when the apparatus ispositioned in the user's mouth.
 2. An apparatus comprising: an uppergenerally arched-shaped member configured to fit adjacent at least aportion of interior and exterior surfaces of a user's upper dentition,the upper generally arched-shaped member comprising a moldable polymericmaterial; a lower generally arched-shaped member of the same moldablepolymeric material configured to fit adjacent at least a portion ofinterior and exterior surfaces of the user's lower dentition; the lowergenerally arch-shaped member comprising an anterior lower right molarextension and an anterior lower left molar extension of the samemoldable polymeric material, the anterior lower right and lower leftmolar extensions formed integrally with and projecting generallyperpendicularly away from the lower generally arch-shaped member; theupper generally arch-shaped member comprising a posterior upper rightmolar extension and a posterior upper left molar extension of the samemoldable polymeric material, the posterior upper right and upper leftmolar extensions formed integrally with and projecting generallyperpendicularly away from the upper generally arch-shaped member andgenerally toward the lower generally arch-shaped member; so that whenthe user bites or clenches, the posterior right and left upper molarextensions impinge on the lower generally arch-shaped member, and theanterior right and left lower molar extensions impinge on the uppergenerally arch-shaped member; the upper and lower generally arch-shapedmembers having an anterior shape to form a gap sufficient for at least aportion of the user's tongue to extend forward into the gap withoutbeing impeded in forward movement by the apparatus; wherein each of thelower and upper generally arched-shaped members comprises a plurality ofmagnets; wherein the posterior upper right molar extension comprises anupper right magnet and the anterior lower right molar extensioncomprises first and second lower right magnets, wherein the upper rightand lower right magnets are each flat-shaped magnets each having firstand second major surfaces, each magnet having a first pole on the firstmajor surface thereof and a second pole on the second major surfacethereof, the posterior upper left molar extension comprises an upperleft magnet and the anterior lower left molar extension comprises firstand second lower left magnets, wherein the upper left and lower leftmagnets are each flat-shaped magnets each having first and second majorsurfaces, each magnet having a first pole on the first major surfacethereof and a second pole on the second major surface thereof, and;wherein, when the apparatus is positioned in the user's mouth, the upperright and the first lower right magnets have a repelling polarity, theupper right and the second lower right magnets have attracting polarity,and the upper right magnet is positioned substantially facing the firstlower right magnet, and the upper left and the first lower left magnetshave a repelling polarity, the upper left and the second lower leftmagnets have attracting polarity, and the upper left magnet ispositioned substantially facing the first lower left magnet.
 3. Anapparatus comprising: an upper generally arched-shaped member configuredto fit adjacent at least a portion of interior and exterior surfaces ofa user's upper dentition, the upper generally arched-shaped membercomprising a moldable polymeric material; a lower generallyarched-shaped member of the same moldable polymeric material configuredto fit adjacent at least a portion of interior and exterior surfaces ofthe user's lower dentition; the lower generally arch-shaped membercomprising an anterior lower right molar extension and an anterior lowerleft molar extension of the same moldable polymeric material, theanterior lower right and lower left molar extensions formed integrallywith and projecting generally perpendicularly away from the lowergenerally arch-shaped member; the upper generally arch-shaped membercomprising a posterior upper right molar extension and a posterior upperleft molar extension of the same moldable polymeric material, theposterior upper right and upper left molar extensions formed integrallywith and projecting generally perpendicularly away from the uppergenerally arch-shaped member and generally toward the lower generallyarch-shaped member; so that when the user bites or clenches, theposterior right and left upper molar extensions impinge on the lowergenerally arch-shaped member, and the anterior right and left lowermolar extensions impinge on the upper generally arch-shaped member; theupper and lower generally arch-shaped members having an anterior shapeto form a gap sufficient for at least a portion of the user's tongue toextend forward into the gap without being impeded in forward movement bythe apparatus; wherein each of the lower and upper generallyarched-shaped members comprises a plurality of magnets; wherein theposterior upper right molar extension comprises an upper right magnetand the anterior lower right molar extension comprises a lower rightmagnet, wherein the upper right and lower right magnets are eachflat-shaped magnets each having first and second major surfaces, eachmagnet having a first pole on the first major surface thereof and asecond pole on the second major surface thereof, the posterior upperleft molar extension comprises an upper left magnet and the anteriorlower left molar extension comprises a lower left magnet, wherein theupper left and lower left magnets are each flat-shaped magnets eachhaving first and second major surfaces, each magnet having a first poleon the first major surface thereof and a second pole on the second majorsurface thereof, and wherein, when the apparatus is positioned in theuser's mouth, the upper right and the lower right magnets have anattracting polarity, and wherein the upper right magnet is positionedsubstantially facing the lower right magnet, and the upper left and thelower left magnets have an attracting polarity, and wherein the upperleft magnet is positioned substantially facing the lower left magnet.